Kyoto University Graduate School of Engineering/ Faculty ... · 2010 Kyoto University Graduate...

2010

Kyoto UniversityGraduate School of Engineering/Faculty of Engineering Outline

2010Kyoto University Graduate School of Engineering/Faculty of Engineering Outline

Contents

1. Philosophy

2. Admission Policy

3. History

4. Organization Chart

5. Departments & Chairs of the Graduate School of Engineering

6. Academic Offi cials at the Graduate School of Engineering

7. Statistics of Academic Staff & Administrative Staff

8. Number of Current Undergraduate & Post-graduates

9. Enrollment Statistics, 2010

10. Graduate Statistics

11. Statistics of graduates, foreign students, invited foreign scholars & List of Overseas Affi liated Universities

12. Global COE (Center of Excellence) Program, etc.

13. Public Seminars by the Faculty of Engineering

14. Libraries & Collections Data

15. Budgets and Facilities’ area

02・03

04・05

06

07

08

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14～16

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The pursuit of the truth is the essence of learning.

Contained therein is the notion that engineering encompasses all fields of science that

make direct or indirect contributions to the lives of people and essentially plays a significant

role in the ongoing advancement of the global community and in the progress of civilization.

The Graduate School of Engineering and the Faculty of Engineering at Kyoto University, in

accordance with the above understanding, is committed to the development of science and

technology in harmony with the natural environment, with an emphasis on basic research,

as well as to the provision of an education that combines a focus on the attainment of

outstanding professional skills and high standards of morality with a balanced approach to

acquiring a solid liberal arts education and sense of individuality. In engaging in such

research and education, we are mindful of the need to promote ties with local communities

and encourage international exchanges. We shall operate the Graduate School and the

Faculty based on respect for both the autonomy of the various research and educational

bodies under our jurisdiction and the human rights of each person and will respond to the

need to be socially accountable with as much effort as we can at all times summon.

Philosophy of the Faculty of Engineering

1. Philosophy

“Self-perpetuating Boy” (section)Tadayoshi Naganuma, Associate Professor, Faculty of Education, Wakayama University

02 1. Philosophy

Kyoto University states its mission to sustain and develop its historical commitment to

academic freedom and to pursue harmonious coexistence within human and ecological

community on this planet.

Research

1. Kyoto University will generate world-class knowledge through freedom and autonomy in

research that conforms with high ethical standards.

2. As a university that comprehends many graduate schools, faculties, research institutes and

centres, Kyoto University will strive for diverse development in pure and applied research in

humanities, sciences and technology, while seeking to integrate these various perspectives.

Education

3. Within its broad and varied educational structure, Kyoto University will transmit high-quality

knowledge with spirit of original creation and promote independent learning rooted in mutual

communications.

4. Kyoto University will educate outstanding and humane researchers and specialists, who will

contribute to the world’s human and ecological community.

Relationship with society

5. As a university which is aimed to committed broadly to the societies, Kyoto University will

encourage mutual collaboration among local community and national society, and will dissemi-

nate knowledge informed by the ideals of freedom and peaceful coexistence.

6. As an international institution, Kyoto University will promote international academic exchange

and thereby strive to contribute to the well-being of the world.

Administration

7. In order to enhance the free development of learning, Kyoto University will pay due respect to

the administrative independence of each of its component institutions, while promoting coop-

eration among them.

8. Kyoto University will administration with environmental concerns and the respect for human

rights and will be accountable to society at large.

Kyoto University Mission Statement

03

GRADUATE SCHOOL OF ENGINEERINGFACULTY OF ENGINEERING

1. Philosophy

Philosophy and Objectives of the Graduate School of Engineering

The pursuit of the truth is the essence of learning. Engineering is an academic field that impacts the

lives of people, and is greatly responsible for the sustainability of social development and the formation

of culture. The Graduate School of Engineering at Kyoto University, based on the above premise, is

committed to the development of science and technology with an emphasis on the fundamentals and

in harmony with the natural environment. At the same time, we aim to assist students in their pursuit of

a rich education with specialized knowledge, as well as the ability for its creative application, while

nurturing high ethical standards.

The graduate school aims to educate technicians and researchers at the Master’s course level to

acquire a broad range of knowledge and international sensibilities and to instill highly tuned abilities for

seeking out and solving problems. At the Doctorate course, research skills are nurtured through basic

and applied research and practical teachings to become leaders at the international level, able to

organize research teams in innovative research fields. To this end, the Graduate School of Engineering

offers a joint Master’s and Doctorate education program, in addition to the conventional Master’s

program.

■ Student Profile of the Graduate School of EngineeringThe Graduate School of Engineering welcomes the following:

1. Individuals who identify with the principles and objectives of the Graduate School of Engineering and possess the basic expertise and enthusiasm to pursue them.

2. Individuals who have the basic education required to pursue the truth on their own and have the understand-ing and judgment to think beyond established norms.

3. Individuals who have a strong desire and initiative to pioneer new fields of knowledge.

2. Admission Policy

2. Admission Policy04

Philosophy and Objectives of the Faculty of Engineering

The Kyoto University Faculty of Engineering emphasizes the building of a solid foundation for learning,

under the tradition of a liberal academic environment. A liberal academic environment is one where

students are encouraged to view the world free of preconceptions by garnering a scientific eye. This

entails the development of a critical attitude toward academia, and becomes a solid foundation for

learning. It is widely perceived that the focus of the faculty of Engineering is largely on applied technolo-

gies. However, the Kyoto University approach differs from the general perception and is somewhat

unique. In short, the Kyoto University Faculty of Engineering adheres to its principle academic

approach based on its belief that a deep understanding of the basics is essential for applying technolo-

gies to a wide variety of situations in the future.

Here is a more detailed description of our undergraduate program. During the first and second years

after enrolling as undergraduate of the Kyoto University Faculty of Engineering, students take general

education courses common to all science course students. They are also required to take liberal arts,

as well as English and/or other foreign languages. At the same time, department/program specializa-

tion begins from the first year, gradually increasing in weight. In their fourth year, individuals take up a

special research project on a specific theme. Students are assigned to their chosen laboratory for their

project, where they are able to conduct their studies in a cutting-edge environment together with gradu-

ate students and supervising academics. Students who continue on to graduate school can enjoy a

more advanced level of specialized education and research guidance.

Through this approach to education, the Kyoto University Faculty of Engineering has continually turned

out alumni who are capable of applying their expertise to a broad range of activities, independently and

creatively tackling entirely new challenges, and who possess a deep knowledge base and strict sense

of integrity.

■ Student Profile of the Faculty of EngineeringThe following persons are welcome to enroll in our program:

1. Individuals who possess a thorough command of the knowledge from their secondary school education, and who have the competence to undertake a post-secondary education in fundamental scientific principles in the Faculty of Engineering.

2. Individuals who are free of preconceptions, who strive to verify and understand the mechanisms behind matters firsthand.

3. Individuals who have the enthusiasm and vitality to creatively explore new fields of technology.

05


2. Admission Policy

3. History

1897 69

Kyoto Imperial University established.Science and Engineering College established.Civil Engineering and Mechanical Engineering courses established.

1898 9 Electrical Engineering, Mining & Metallurgy, and Manufacturing Science & Technology courses established.

1914 7

9

Separated Science and Engineering College into 2 Colleges of Science & Engineering.Civil Engineering, Mechanical Engineering, Electrical Engineering, Min-ing and Metallurgy and Industrial Chemistry course established.

1919 2 Engineering College became Faculty of Engineering.

1920 8 Architecture and Architectural Engineering courses established.

1939 3 Fuel Chemistry Course established.

1940 4 Chemical Engineering course established.

1941 3 Textile Chemistry course established.

1942 3 Mining & Metallurgy course divided into Mining and Metallurgy courses, Aeronautical Engineering course established.

1946 1 Aeronautical Engineering course abolish, applied physics course estab-lished.

1947 9 Kyoto Imperial University changed its name to Kyoto University.

1949 5 Launch of the new Kyoto University.

1953 4 Graduate School of Engineering established.

1954 4 Electronic Science and Engineering course established.

1955 4 Applied Physics department renamed Aeronautical Engineering depart-ment.

1957 4 Nuclear Engineering of the Graduate School established.

1958 4 Nuclear Engineering and Environmental and Sanitary Engineering cours-es established.

1959 4 Automation Research Laboratory course established.

1960 4 Precision Mechanics and Synthetic Chemistry courses established.

1961 4 Electrical Engineering II, Metal Science and Technology and Ionosphere Research Laboratory established.Reorganize/rename Textile Chemistry to Polymer Chemistry, and Chemi-cal Engineering to Chemical Engineering.

1962 4 Mechanical Engineering II course established.

1963 4 Transportation Engineering course established.

1964 4 Architecture and Architectural Engineering II courses established and Mining Engineering course renamed Mineral Science and Technology course.

1966 4 The Superheated Plasma Physics Laboratory established.Reorganize, rename Fuel Chemistry to Hydrocarbon Chemistry.

1970 4 Information Science course established.

1975 4 Mechanical Engineering II was renamed and rearranged to Physical En-gineering.

1976 5 Plasma Physics Laboratory is inaugurated as Heliotron Fusion Research Center.

1978 4 Ion Beam Engineering Experimental Laboratory established.

1981 4 Lonosphere Research Laboratory was inaugurated as Kyoto University’s Radio Science Center for Space and Atmosphere.

1983 4 Molecular Engineering course established.

1985 4 Research Laboratory for Control of Environmental Micropollutants estab-lished.

1986 4 Research Laboratory of Carbonaceous Resources Conversion Technol-ogy established.

1987 5 Applied Systems Science course established.

1989 5 Automation Research Laboratory is abolished, and Integrated Media Environmental Laboratory established.

1991 4 Global Environment Engineering established.

1992 4 Mesoscopic Materials Research Center established.

1993 4

6

Reorganization of Chemistry system of fi ve undergraduate departments (Industrial Chemistry, Hydro Chemistry, Chemical Engineering, Polymer Chemistry, Synthetic Chemistry) reorganized as Industrial Chemistry, and fi ve Departments (same as the undergraduate departments) and Molecular Engineering reorganized as six departments of material chemistry, Dept. of Energy and Hydrocarbon Chemistry, Molecular Engi-neering) Polymer chemistry, Synthetic ·Biological Chemistry, and Chemi-cal Engineering.Reorganization of Physical System. Seven undergraduate departments (Mechanical Engineering, Metallurgy, Aeronautical Engineering, Nuclear Engineering, Precision Mechanics, Metal Science & Technology and Engineering science) reorganized as Engineering Science, and seven departments (same as the undergraduate departments) reorganized as Mechanical Engineering, Mechanical Engineering Science, Precision Mechanics, Applied Energy Science and Engineering, Nuclear Engi-neering, Material Engineering and Aeronautics and Astronautics.

1995 4 Reorganization of Electric and Information systems.Three undergraduate departments of Electrical Engineering, Electronics and Electrical Engineering II reorganized as Electrical and Electronic Engineering, two departments of Applied Mathematics and Physics as Information Science, six departments of undergraduate (Electrical Engi-neering, Electronic Science, Electrical Engineering II, Mathematics and Physics, Information Science, Applied Systems Science, respectively.Research Laboratory for Control of Environmental Micropollutants was renamed to Research Center for Environmental Quality Control.

1996 4 Reorganization of Civil Engineering and Architecture Systems.Four undergraduate departments of Civil engineering, Environmental and Sanitary Engineering, Transportation Engineering and Earth Re-sources Engineering reorganized to Global Engineering, two undergrad-uate departments of Architecture and Architecture II to Architecture, respectively.Also, seven departments of Graduate School (Civil Engineering, Environ-mental and Sanitary Engineering, Transportation Engineering, Mineral Science and Technology, Architecture & Architectural Engineering, Architecture and Architectural Engineering II and Global Environment Engineering, respectively thus completed to put priority on Graduate Schools.With the newly created Graduate School of Energy Science research, Applied Energy Science and Engineering course abolished.

1997 4 With the integration to Total Information Media Center.Integrated Media Environment Experimental Laboratory was abolished.

1998 4 With new establishment of Graduate School of Informatics (attached Kyoto University), Electronics and Communication, Applied Mathemat-ics and Physics, Information Science and Applied System Science were abolished.Attached Lon Beam Engineering Experimental Laboratory, Mesoscopic Materials Research Center and Research Center for Environmental Qual-ity Control transferred from Faculty of Engineering to Graduate School.

1999 4 Affi liated Quantum Science and Engineering Center established.

2001 4 Affi liated Katsura Intec Center established.

2002 34

Affi liated Mesoscopic Materials Research Center abolished.Affi liated Information Center established.

2003 4

10

Reorganization of Earth and Architecture system, as well as fi ve gradu-ate schools of electric systems (Civil Engineering, Civil Engineering Systems, Earth Resources Engineering, Environment Engineering and Environmental Global Engineering) are reorganized with Civil and Earth Resources Engineering, Urban Management and Urban and Environ-mental Engineering.Also, Architecture and Environmental Design course was abolished and Electronics Science and Engineering course renamed Electrical Engi-neering.Katsura campus opened.The eight courses of Electrical Engineering, Electronics, Material Chem-istry, Energy and Hydrocarbon Chemistry, Molecular Engineering, Poly-mer Engineering, Synthetic Chemistry and Biological Chemistry, Chemi-cal Engineering and Lon Beam Engineering Experimental Laboratory moved to A Cluster.

2004 4

10

Affi liated Health, Safety and Environmental Management Center estab-lished.Administration Facilities moved to B Cluster, Katsura Campus, and Ar-chitecture Engineering moved to C Cluster.

2005 4

10

The four majors of Engineering of Graduate Schools (Mechanical En-gineering, Engineering Physics and Mechanics, Precision Engineering and Aeronautics and Astronautics) reorganized to Mechanical Engineer-ing and Science, Micro Engineering and Aeronautics and Astronautics.“Japan-China Cooperative Research Laboratory on Environmental Tech-nology” seminar was established by donation.“Nano-Medicine Merger Education Unit” education started.

2006 10 The three Department of Civil and Earth Resources Engineering, Urban Management and Urban and Environmental Engineering moved to C Cluster.

2007 4

5

12

“Photonics and Electronics Science and Engineering Center” estab-lished.Advanced Medical Engineering Research Unit established.“JAPEX Energy Resources Engineering” seminar was established by donation.Center for Global Leadership Engineering Education established.

2008 47

10

“Infrastructure Safety Engineering (JR West)” established by donation.“Advanced Battery Fundamentals” established by donation.“Kyoto University Education Unit for Global Leaders in Advanced Engi-neering and Pharmaceutical Science” established.

2009 4

11

“Advanced transport logistics (Hanshin Expressway)” was established by donation.Affi liated Quantum Science and Engineering Center reorganized.“Kyoto University Urban Policy Unit for Low-Carbon Society” estab-lished

2010 4 “Unit for Livable Cities, Kyoto University” established.

06 3. History

Office Head

Letters in blue：Katsura campus

Civil and Earth Resources Engineering

Urban Management

Urban and Environmental Engineering

Architecture and Architectural Engineering

Mechanical Engineering and Science

Micro Engineering

Aeronautics and Astronautics

Nuclear Engineering

Materials Science and Engineering

Electrical Engineering

Electronic Science and Engineering

Material Chemistry

Energy and Hydrocarbon Chemistry

Molecular Engineering

Polymer Chemistry

Synthetic Chemistry and Biological Chemistry

Chemical Engineering

Urban Policy Unit for Low-Carbon Society

Unit for Livable Cities

Photonics and Electronics Science andEngineering Centre

Research Center for Environmental Quality Management

Quantum Science and Engineering Center

Katsura Int'tech Center

Center for Information Technology

Occupational Health, Safety andEnvironmental Management Center

Center for Global Leadership Engineering Education

Gra

duat

e S

choo

l of E

ngin

eerin

g

Facu

lty o

f Eng

inee

ring

Global Engineering

Architecture

Engineering Science

Electrical and Electronic Engineering

Informatics and Mathematical Science

Industrial Chemistry

General Affairs Section Chief

Personnel Affairs Section Chief

Public Relations Section Chief

Library Chief (Yoshida)

General Affairs Section Chief (Department)

Specialist staff (Department) (Yoshida)


Contract Section Chief

Subsidy Section Chief

Accounting Section Chief

Accounting Section Chief (Department)


Undergraduate Student Section Chief (Yoshida)

Graduate Student Section Chief

Foreign Student Section Chief (Yoshida)

Undergraduate Student Section Chief (Department)

Cooperative Research Section Chief

International Cooperation Section Chief

Industry Academia Exchange Section Chief

Industry Academia Cooperation Section Chief

Specialist staff (Project Support Office)

Financial Affairs Section Chief

Financial Analysis and Evaluation Section Chief

Resources Management Section Chief

Facility Management Section Chief

Specialist

Specialist(Accounting Section Chief)

Specialist(General Affairs Section Chief)

Specialist(Facility Management Section Chief)

Specialist

Administrative Office of GraduateSchool of Engineering

General AffairsDivision Director

Accountion CenterDivision Director

Student AffairsDivision Director (Yoshida)

Promotion of Science andTechnology Division Director

Financial ManagementDivision Director


07



2. Undergraduate Departments & Courses at the Faculty of Engineering

Faculty Undergraduate departments Course

Faculty of Engineering

6 undergrad. Dept. 14 courses

Global Engineering Civil Engineering, Environmental Engineering, Earth Resources and Energy Engineering

Architecture Architecture

Engineering Science Mechanical and Systems Engineering, Materials Science, Energy Science, Aeronautics and Astronautics

Electrical and Electronic Engineering Electrical and Electronic Engineering

Informatics and Mathematical Science Computer Science, Applied Mathematics and Physics

Industrial Chemistry Frontier Chemistry, Fundamental Chemistry, Chemical Process Engineering

5. Departments & Chairs of the Graduate School of Engineering

1. Departments & Chairs of the Graduate School of Engineering Graduate School Department Chair

Graduate School

of Engineering

17 departments,

83 chairs,

7 facilities


Applied Mechanics, Earth Resources Engineering, Structural Engineering, Hydraulic Engineering, Geomechanics, Geoinformatics, Urban Infrastructure Design

Urban ManagementUrban Systems Planning, Transportation Engineering and Management, Earthquake and Lifeline Engineering, Structures Management Engineering, River System Engineering and Management, Geo-Management, Logistics Management Systems, Environmental Geosphere Engineering

Urban and Environmental Engineering

Environmental Geosphere Engineering, Environmental Design Engineering, Sustainable Built Environmental Engineering, Housing and Environmental Design, Environmental Informatics, Waterfront Environmental Engineering, Composite Structures Engineering, Environmental Systems Engineering, Environmental Health, Geofront Environmental Engineering, Integrated Environmental Management, Built Environment Materials and Structural Systems, Architectural Environment Systems

Architecture and Architectural Engineering

Regenerative Preservation of Built Environment, Architecture and Environmental Engineering, History of Architecture, Construction Technology of Building Structures, Architectural and Environmental Planning, Architectural Design and Theory, Structural Engineering of Building Mechanics of building structures,Architectural Construction Engineering, Sustainable Built Environmental Engineering, Housing and Environmental Design, Built Environment Materials and Structural Systems, Architectural Environment Systems


Design and Control of Mechanical Systems, Manufacturing Systems Engineering, Mechanics of Engineering Materials, Fluid Engineering and Science,Engineering Physics, Engineering Mechanics, Bio Engineering

Micro Engineering Nonlinear Dynamics and Strength of Structures, Nano System Engineering, Nano Science, Micro System Engineering

Aeronautics and AstronauticsDynamics in Aeronautics and Astronautics, Fundamental Studies in Aeronautics and Astronautics, System Engineering in Aeronautics and Astronautics

Nuclear Engineering Quantum and Beam Science, Basic Quantum Engineering, Nuclear Energy Science

Materials Science and Engineering

Metallic Materials Design, Materials Processing, Basic Science of Materials, Materials Properties, Properties of Advanced Materials, Basic Study of Advanced Materials

Electrical Engineering Composite Systems Theory, Electromagnetics, Electric Energy Science and Engineering, Electrical and System Theory


Integrated Function Engineering, Applied Electronic Physics, Functional Electronic Science and Engineering, Quantum Engineering

Material ChemistryDesign of Functional Materials, Inorganic Material Chemistry, Organic Material Chemistry, Polymer Material Chemistry, Nanomaterial

Energy and Hydrocarbon Chemistry

Energy Conversion Chemistry, Energy Chemistry, Hydrocarbon Chemistry, Catalyst Science

Molecular EngineeringBiomolecular Function Chemistry, Molecular Theory for Science and Technology, Quantum Function Chemistry, Applied Reaction Chemistry

Polymer Chemistry Advanced Polymer Chemistry, Polymer Synthesis, Polymer Physics

Synthetic Chemistry and Bio-logical Chemistry

Organic System Design, Synthetic Chemistry, Biological Chemistry

Chemical Engineering Environmental Process Engineering, Chemical Engineering Fundamentals, Chemical Systems Engineering

Research

institutes

Photonics and Electronics Science and Engineering Center Opened in April, 2007 Kyoto daigaku-katsura, Nishikyo-ku, Kyoto 615-8530

Research Center for Environmental Quality Management Opened in April, 2005 1-2, Yumigahama, Ohtsu

Quantum Science and Engineering Center Opened in April, 2009 Gokasho, Uji

Katsura Int’tech Center Opened in April, 2001 Kyoto daigaku-katsura, Nishikyo-ku, Kyoto 615-8530

Center for Information Technology Opened in April, 2002 Kyoto daigaku-katsura, Nishikyo-ku, Kyoto 615-8530

Occupational Health, Safety and Environmental Management Center

Opened in April, 2004 Kyoto daigaku-katsura, Nishikyo-ku, Kyoto 615-8530

Center for Global Leadership Engineering Education Opened in December, 2007 Kyoto daigaku-katsura, Nishikyo-ku, Kyoto 615-8530

Urban Policy Unit for Low-Carbon Society Opened in December, 2009 688, Takanna-cho, Nakagyo-ku, Kyoto

Unit for Livable Cities, Opened in December, 2010 Kyoto daigaku-katsura, Nishikyo-ku, Kyoto 615-8530

08 5. Departments & Chairs of the Graduate School of Engineering


Dean

Satoru Komori

Vice-Dean

Councilor Eiichi Taniguchi

Councilor Shinzaburo Ito

Izuru Takewaki

Masao Kitano

Department Heads of the Graduate School of Engineering

Civil and Earth Resources Engineering Masashi Kawasaki

Urban Management Hiroyasu Ohtsu

Urban and Environmental Engineering Hiroshi Tsuno

Architecture and Architectural Engineering Keiichiro Suita

Mechanical Engineering and Science Takayuki Kitamura

Micro Engineering Shiro Biwa

Aeronautics and Astronautics Kei Senda

Nuclear Engineering Katsuji Yamamoto

Materials Science and Engineering Nobuhiro Tsuji

Electrical Engineering Shinji Doi

Electronic Science and Engineering Minoru Suzuki

Material Chemistry Kazuyuki Hirao

Energy and Hydrocarbon Chemistry Takeshi Abe

Molecular Engineering Kazuyoshi Tanaka

Polymer Chemistry Hirokazu Hasegawa

Synthetic Chemistry and Biological Chemistry

Haruyuki Atomi

Chemical Engineering Ryoichi Yamamoto

Center Directors

Photonics and Electronics Science and Engineering Center

Susumu Noda

Research Center for Environmental Quality Management

Hiroshi Tsuno

Quantum Science and Engineering Center Akio Ito

Katsura Int’tech Center Kouichi Miura

Center for Information Technology Masao Kitano

Occupational Health, Safety and Environmental Management Center

Takenao Yoshizaki

Center for Global Leadership Engineering Education

Tetsuo Sawaragi

Unit Directors

Urban Policy Unit for Low-Carbon Society Eiichi Taniguchi

Unit for Livable Cities Eiichi Taniguchi

Undergraduate Department Heads of the Faculty of Engineering

Global Engineering Shiiba Michiharu

Architecture Hirotsugu Takahashi

Engineering Science Masato Nagata

Electrical and Electronic Engineering Masao Kitano

Informatics and Mathematical Science Kazuo Iwama

Industrial Chemistry Kouichi Ohe

Administrative Offi ce Staff of the Graduate School of Engineering

Offi ce Director Koichi Masuchi

General Affairs Division Director Tokunori Ohtoh

Specialist Akihiro Okumura

Financial Affairs Division Director Kyohichi Tamura

Specialist Yasutaka Kamiura

Specialist Michimasa Adachi

Accounting Center Director Osamu Toritsuka

Specialist Hiroshi Higashibe

School Affairs Division Director Koji Kubota

Specialist Yoshikatsu Fujii

Promotion of Science and Technology Division Director

Satoru Hikita

09



Administrative Staff (Letters in black: Yoshida area and others, Letters in blue: Katsura area) As of Apr 1, 2010

Departments & Institutes Admin. staff Technical staff Total


C Cluster Offi ce 15

3

25Urban Management 2

Urban and Environmental Engineering 2

Architecture & Architectural Engineering 3

Global Engineering Global Engineering Offi ce 3 3

Architecture Architecture Offi ce 2 2


Engineering Science Offi ce 14

3

27

Micro Engineering 1


Nuclear Engineering 3

Materials Science and Engineering 6

Engineering Science

Electrical Engineering

A Cluster Offi ce 17 26


Material Chemistry 1

Energy and Hydrocarbon Chemistry 2

Molecular Engineering 1

Polymer Chemistry 1

Synthetic Chemistry and Biological Chemistry 4

Chemical Engineering

Electrical/Electronic Engineering Electrical and Electronic Engineering Offi ce 3 3

Industrial Chemistry Industrial Chemistry Offi ce 4 4

Informatics and MathematicalScience 1 1

Katsura Int’tech Center 3 3

Center for integrated Area Studies 5 5

Environment Preservation Center 4 4

Offi ce 72 (57+15) 6 (5+1) 78 (62+16)

Total 130 (89+41) 51 (32+19) 181 (121+60)

7. Statistics of Academic Staff & Administrative Staff

Academic staff (Letters in black: Yoshida area and others, Letters in blue: Katsura area) As of Apr 1, 2010

Departments & InstitutesInstructors

TotalProfessors Associate Professors Lecturer Associate

Civil and Earth Resources Engineering 15 (1) 15 (2) 2 15 (2) 47 (5)

Urban Management 8 (2) 12 (2) 4 13 37 (4)

Urban and Environmental Engineering 3 (1) 6 (1) 1 7 (1) 17 (3)

Architecture & Architectural Engineering 14 12 1 13 40

Mechanical Engineering and Science 14 8 4 14 40

Micro Engineering 6 4 8 18

Aeronautics and Astronautics 5 4 1 5 15

Nuclear Engineering 5 4 2 5 16

Materials Science and Engineering 10 11 1 10 32

Electrical Engineering 6 6 2 8 22

Electronic Science and Engineering 6 8 3 11 28

Material Chemistry 6 5 1 8 20

Energy and Hydrocarbon Chemistry 9 4 3 8 24

Molecular Engineering 3 (1) 6 1 5 15 (1)

Polymer Chemistry 7 5 3 7 22

Synthetic Chemistry and Biological Chemistry 8 (1) 2 4 13 27 (1)

Chemical Engineering 6 (1) 4 (1) 2 12 (1) 24 (3)

Photonics and Electronics Science and Engineering Center 2 [1] 2 4 [1]

Research Center for Environmental Quality Management 2 [1] 1 1 1 5 [1]

Quantum Science and Engineering Center 1 [1] 2 3 [1]

Katsura Int’tech Center [1] [1]

Center for Information Technology [1] [1] [2]

Occupational Health, Safety and Environmental Management Center [1] [2] [3]

Center for Global Leadership Engineering Education [1] 2 2 [1]

Total 136 (93+43) (7) [7] 119 (85+34) (6) 38 (29+9) [3] 165 (122+43) (4) 458 (329+129) (17) [10]

Note 1) The numbers in parentheses are approximate fi gures for instructors shared by the Graduate School Center for Earth Environment Science and the Graduate School’s Business Management Research Group

Note 2) The numbers in brackets are approximate fi gures for instructors with multiple posts

10 7. Statistics of Academic Staff & Administrative Staff

1. Graduate School (Letters in black: Yoshida area and others, Letters in blue: Katsura area) As of Apr. 1, 2010

Academic YearDepartment

Master’s Course Doctor CourseTotal

Year 1 Year 2 Year 1 Year 2 Year 3

Civil and Earth Resources Engineering 74 51 19 (6) 18 (7) 14 (6) 176 (19)

Urban Management 60 52 16 (8) 17 (8) 25 (11) 170 (27)

Urban and Environmental Engineering 33 90 23 (15) 23 (6) 32 (4) 201 (25)

Architecture & Architectural Engineering 81 61 17 (7) 17 (5) 20 (4) 196 (16)

Mechanical Engineering and Science 62 67 15 (3) 10 (1) 14 (6) 168 (10)

Micro Engineering 27 23 8 (2) 4 (2) 5 (1) 67 (5)

Aeronautics and Astronautics 19 21 8 2 7 (1) 57 (1)

Nuclear Engineering 22 33 4 (1) 7 (1) 10 (1) 76 (4)

Materials Science and Engineering 40 41 6 14 (7) 12 (4) 113 (11)

Electrical Engineering 40 40 5 7 (2) 6 (1) 98 (3)

Electronic Science and Engineering 35 38 16 (3) 10 (3) 13 (3) 112 (9)

Materials Chemistry 28 31 4 (1) 12 (1) 8 (1) 83 (3)

Energy and Hydrocarbon Chemistry 37 36 11 (1) 9 (1) 13 (1) 106 (3)

Molecular Engineering 33 36 3 10 (2) 12 (3) 94 (5)

Polymer Chemistry 48 49 11 10 (3) 15 (2) 133 (5)

Synthetic Chemistry and Biological Chemistry 34 29 8 (1) 6 16 (3) 93 (4)

Chemical Engineering 33 34 8 (4) 5 (3) 10 (3) 90 (10)

Total 706 732 182 (52) 181 (52) 232 (56) 2,033 (160)

(Yoshida area) 170 185 41 (6) 37 (11) 48 (14) 481 (31)

(Katsura area) 536 547 141 (46) 144 (41) 184 (42) 1,552 (129)

Note 1) Figures in parentheses are numbers of students entering in October

2. Faculty As of Apr.1,2010

Academic Year

Undergraduate Depts.Year 1 Year 2 Year 3 Year 4 Total

Global Engineering 194 191 190 238 813

Architecture 83 84 84 100 351

Engineering Science 240 234 240 337 1,051

Electrical and Electronic Engineering 134 135 143 204 616

Informatics and Mathematical Science 93 92 93 158 436

Industrial Chemistry 246 249 245 330 1,070

Total 990 985 995 1,367 4,337


11



9. Enrollment Statistics, 2010

1. Graduate School

Master’s course (Number of person)

Department Enrollment quota Applicant Enrolled

Civil and Earth Resources Engineering 66 50 ( 6) 69 ( 5)

Urban Management 64 49 ( 5) 56 ( 4)

Urban and Environmental Engineering 36 102 ( 8) 29 ( 4)

Architecture and Architectural Engineering 72 70 (14) 69 (12)

Mechanical Engineering and Science 56

144 ( 7)

59 ( 3)

Micro Engineering 28 26 ( 1)

Aeronautics and Astronautics 23 19

Nuclear Engineering 23 29 22

Materials Science and Engineering 38 50 ( 7) 37 ( 3)

Electrical Engineering 3885 (12)

37 ( 3)

Electronic Science and Engineering 35 33 ( 2)

Material Chemistry 29

234 ( 9)

27 ( 1)

Energy and Hydrocarbon Chemistry 38 36 ( 1)

Molecular Engineering 34 32 ( 1)

Polymer Chemistry 46 46 ( 2)

Synthetic Chemistry and Biological Chemistry 31 31 ( 3)

Chemical Engineering 31 43 ( 3) 32 ( 1)

Total 688 856 (71) 660 (46)

Note : ( ) = Approximate number of foreign students

Doctorate course (Number of person)

Department Enrollment quota Applicant Enrolled

Civil and Earth Resources Engineering 12 9 [ 4] ( 2) 12 [ 5] ( 1)

Urban Management 12 5 [ 2] ( 2) 6 [ 3] ( 2)

Urban and Environmental Engineering 10 8 [ 2] ( 7) 3 ( 5)

Architecture and Architectural Engineering 24 2 ( 7) 1 ( 9)

Mechanical Engineering and Science 18 11 [ 2] ( 1) 11 [ 2] ( 1)

Micro Engineering 8 6 ( 1) 5 ( 1)

Aeronautics and Astronautics 8 7 [ 1] ( 1) 7 [ 1] ( 1)


Materials Science and Engineering 10 6 [ 1] ( 3) 4 [ 1] ( 2)

Electrical Engineering 10 4 ( 1) 4 ( 1)

Electronic Science and Engineering 10 12 ( 1) 12 ( 1)

Material Chemistry 9 4 [ 1] 3 [ 1]

Energy and Hydrocarbon Chemistry 11 12 [ 1] ( 1) 9 [ 1] ( 1)

Molecular Engineering 12 5 ( 1) 3

Polymer Chemistry 15 7 [ 2] ( 5) 6 [ 1] ( 5)

Synthetic Chemistry and Biological Chemistry 10 7 [ 1] 7 [ 1]

Chemical Engineering 9 3 ( 1) 3 ( 1)

Total 197 111 [17] (34) 99 [16] (31)

Note : [ ] = Number of working applicants ( ) = Approximate number of foreign students

2. Faculty

Classifi cationUndergraduate

Enrollment quota

Applicants Enrolled

Male Female Total Male Female Total

Global Engineering 185 442 ( 2) 48 ( 3) 490 ( 5) 177 ( 1) 17 ( 3) 194 ( 4)

Architecture and Architectural Engineering 80 160 ( 2) 74 ( 3) 234 ( 5) 54 ( 0) 29 ( 1) 83 ( 1)

Engineering Science 235 552 (10) 34 ( 4) 586 (14) 230 ( 2) 10 ( 0) 240 ( 2)

Electrical and Electronic Engineering 130 369 ( 9) 23 ( 2) 392 (11) 128 ( 1) 6 ( 1) 134 ( 2)

Information and Mathematical Science 90 201 ( 1) 23 ( 2) 224 ( 3) 88 ( 1) 5 ( 0) 93 ( 1)

Industrial Chemistry 235 546 ( 7) 94 (14) 640 (21) 213 ( 2) 33 ( 4) 246 ( 6)

Total 955 2,270 (31) 296 (28) 2,566 (59) 890 ( 7) 100 ( 9) 990 (16)

Note : ( ) = Number of foreign students

12 9. Enrollment Statistics, 2010


1. Number of graduate (by department)

Course

Department

Master’s Course Doctorate Course (Latter)

F/Y2008 TotalAs of April 1, 2010

Research Guidance Dept. dismissals

Civil and Earth Resources Engineering 44 256 8

Urban Management 49 285 10

Urban (and) Environmental Engineering 90 516 24

Civil Engineering 1,996 143

Transportation Engineering 598 14

Civil Engineering Systems 240 23

Earth Resources Engineering 681 40

Environmental and Sanitary Engineering 620 54

Environmental Engineering 205 8

Global Environment Engineering 501 30

Architecture and Architectural Engineering 51 1,540 143

Architecture and Architectural Engineering II 514 51

Architecture and Environmental Design 159 17

Mechanical Engineering and Science 64 237 4

Micro Engineering 26 101 7

Mechanical Engineering and Science 1,154 78

Engineering Science 462 38

Engineering Physics and Mechanics 212 6

Precision Mechanics 860 56


Metallurgy 634 47

Metal Science and Technology 567 43

Material Science and Engineering 38 518 9

Applied Energy Science and Engineering 57 2

Aeronautical Engineering 388 32

Aeronautics and Astronautics 25 260 12

Electrical Engineering 27 1,157 98

Electronic Science and Engineering 36 1,024 79

Electronic Science and Engineering 227 15

Electrical Engineering II 730 67

Electronics and Communication 110 2

Applied Mathematics and Physics 785 84

Information Science 508 44

Applied Systems Science 342 10

Industrial Chemistry 1,263 212

Material Chemistry 30 417 20

Hydro Carbon Chemistry 758 137

Energy and Hydrocarbon Chemistry 34 545 27

Molecular Engineering 29 691 50

Polymer Chemistry 51 1,603 268

Synthetic Chemistry 582 157

Synthetic Chemistry and Biological Chemistry 28 455 51

Chemical Engineering 32 1,210 111

Total 675 26,928 2,467

3. Numbers of Graduates (by major)

Acadenuc Year

Undergraduate Dept.

F/Y 1952-2008

F/Y2009 Total

Civil Engineering 3,222 3,222

Mechanical Engineering 2,122 2,122

Electrical Engineering 2,112 2,112

Mining 357 357

Mineral Science and Technology 1,073 1,073

Metallurgy 1,532 1,532

Industrial Chemistry 2,125 2,125

Architecture 2,207 2,207

Fuel Chemistry 443 443

Hydrocarbon Chemistry 1,296 1,296

Chemical Engineering 295 295

Chemical Engineering 1,244 1,244

Polymer Chemistry 1,225 1,225

Textile Chemistry 250 250

Applied Physics 116 116

Electronics 1,606 1,606

Aeronautical Engineering 810 810

Nuclear Engineering 714 714

Environmental and Sanitary Engineering 1,390 1,390

Applied Mathematics and Physics 1,448 1,448

Precision Mechanics 1,379 1,379

Synthetic Chemistry 1,259 1,259

Electrical Engineering II 1,447 1,447

Metal Science and Technology 1,220 1,220

Mechanical Engineering II 505 505

Transportation Engineering 1,284 1,284

Architecture II 1,149 1,149

Information Science 1,037 1,037

Engineering and Science 480 480

(New) Industrial Chemistry 2,894 223 3,131

(New) Engineering Science 2,804 231 3,035

Electrical and Electronic Engineering 1,424 132 1,556

Informatics and Mathematical Science 959 89 1,048

Global Engineering 1,867 175 2,042

(New) Architecture 851 82 933

Total 46,156 946 47,102

2. Number of Doctor graduate As of Apr. 1, 2010

Type Doctor of Engineering

Old University System

According to the degree law before June, 1920 42 (28)

According to the degree law after July, 1920 1,338

New Education System

Postdoctoral 3,291

By submitting doctoral thesis 4,042

Total 8,713 (28)

Note : Number in ( ) is obtained by recommendation

13




1. Number of research students As of Apr. 1, 2010

Status

Dept.

Research students

Research fellows Special

Special auditing students

Special research students

Total

Civil and Earth Resources Engineering 1 (1) 2 (2) 3 (3)

Urban Management 4 (3) 1 (1) 5 (4)

Urban and Environmental Engineering 2 (2) 2 (2)

Architecture and Architectural Engineering 9 (3) 1 10 (3)

Mechanical Engineering and Science 4 (3) 1 4 9 (3)

Mechanical Engineering

Engineering Physics and Mechanics

Micro Engineering 1 (1) 1 (1)

Precision Engineering

Nuclear Engineering

Materials Science and Engineering 1 (1) 3 4 (1)


Electrical Engineering 1 (1) 1 2 (1)


Materials Chemistry 3 3

Energy and Hydrocarbon Chemistry 1 1 2 4

Molecular Engineering

Polymer Chemistry 2 (1) 2 (1)

Synthetic Chemistry and Biological Chemistry 1 2 (1) 3 (1)

Chemical Engineering 1 (1) 1 (1)

Global Engineering

Architecture

Engineering Science 1 (1) 1 (1)

Electrical and Electronic Engineering

Information and Mathematical Science 1 (1) 1 (1)

Industrial Chemistry 1 (1) 1 (1)

Total 24(15) 7 4 (3) 17 (6) 52(24)

Note 1 ( ) = Number of foreign studentsNote 2 : Trainees are included in research fellows

2. Number of Foreign students (by country) As of Apr. 1, 2010

Classifi cation

OriginsFaculty

Graduate school

TotalMaster’s Course

Doctorate Course

Asia (22)

China 56 49 42 147

Macao 2 2

Indonesia 1 3 12 16

Iran 6 6

South Korea 20 14 39 73

Malaysia 1 5 6 12

Mongol 1 1

Cambodia 1 1

Nepal 8 8

Pakistan 1 1

Bahrain 1 1

Myanmar 1 1

The Philippines 4 4

Sri Lanka 3 3

Singapore 1 1

Taiwan 1 6 7

Thailand 1 11 12

Vietnam 2 3 7 12

India 4 4

Oman 1 1

Lebanon 1 1

Jordan 1 1

Africa (4)

Egypt 3 3

Kenya 1 1

Zambia 1 1

Tanzania 1 1

Europe (7)

Italia 1 1

France 3 3

Germany 1 1

Russia 1 1

Estonia 1 1

Greece 1 1

Azerbaijan 1 1

North America (3)

USA 1 1 2

Canada 2 2

Mexico 1 3 4

South America (6)

Brazil 1 4 5

Republic of Honduras 1 1

Nicaragua 1 1

Uruguay 1 1

Colombia 1 1

Chile 2 2

Total (42) 84 86 179 349

14 11. Statistics of graduates, foreign students, invited foreign scholars & List of Overseas Affi liated Universities

4. Number of invited foreign scholars As of 2009

Status

Origins

Invited foreign

scholars

Foreign coresearcher

Foreign researcher

Total

Asia (10)

India 1 1

Indonesia 1 1

South Korea 7 2 9

Thailand 2 1 3

Taiwan 4 4

China 1 13 14

Nepal 1 1

Pakistan 1 1

Bangladesh 2 2

Malaysia 2 2

Europe (9)

UK 2 2

Italy 1 1 2

Netherland 1 1

Switzerland 1 1

Sweden 1 1 2

Spain 1 1

Denmark 1 1

Germany 3 2 5

France 1 1

Middle East (3)

UAE 1 1

Israel 1 1 2

Iran 1 1

North America (2)

USA 1 1 2

Canada 1 1 2

South America (1)

Brazil 1 1

Oceania (2)

Australia 1 2 3

Total (26) 22 42 2 66

3. Number of foreign research students As of Apr 1, 2010

Status

Origins

Research students

Special auditing students

Special research students

Short-term international

studentsTotal

Asia (7)

China 6 1 7

South Korea 1 1

Taiwan 3 1 4

Malaysia 1 1

Singapore 2 2

India 1 1

Hong Kong 1 1

Europe (3)

German 1 1

Netherland 1 1

Luxembourg 1 1

North America (1)

USA 1 1

South America (1)

Peru 1 1

Total (12) 14 3 4 1 22

15



5. Overseas Affi liated Universities with Academic Exchange As of Apr .1, 2010

Classifi cation

Area, CountryInstitutionAgreement date

Academic Exchange

Agreements

Students Exchange

Agreements

Asia (6)

China

Dalian University of Technology 2003. 7. 3 ○Graduate School of Tongji University 2005.12.31 ○Harbin Institute of Technology 2008. 9. 1 ○Shanghai Jiao Tong University 2008. 9. 9 ○

Taiwan Graduate School of National Cheng Kung University 2006.11.21 ○South Korea Korea Advanced Institute of Science and Technology 2007. 6. 8 ○

Thailand

Asian Institute of Technology (School of Engineering and Technology etc) 2008. 5.21 ○The Joint Graduate School of Energy and Environment of King Mongkut’s University of Technology Thonburi

2009.10.19 ○

King Mongkut’s Institute of Technology Ladkrabang 2009.11.24 ○Vietnam Hanoi University of Civil Engineering 2005.12.24 ○

MalaysiaUniversiti Teknologi Malaysia, Faculty of Built Environment, Faculty of Chemical and Natural Resources Engineering, Faculty of Civil Engineering, and Faculty of Mechanical Engineering

2009.10.14 ○

Europe (7)

Czech Rep. Czech Technical University in Prague1992. 7. 11996. 4. 3 (Update)

○

France

Institut National Polytechnique de Grenoble1991.11.181999. 6.232004. 2.10

(Update)(re-Update)

○ ○

Université Pierre-et-Marie-Curie1992.11.101997.12.262009. 8.19

(Update)(re-Update)

○

Germany

The Friedrich-Alexander-University of Erlangen-Nuremberg, Faculty of Engineering Sciences

2002. 2. 12007. 2. 8 (Update)

○

Heinrich Heine-University, Düsseldorf Institute of Organic Chemistry and Macromolecular Chemistry

2002. 5.17 ○ ○

Dortmund University2002.12.182007.12.18 (Update)

○ ○

Kaiserslautern University2002.12.202007.12.20 (Update)

○ ○

Karlsruhe University 2004. 3.22 ○ ○Freiburg University, Dept. of Engineering(Three-university alliance including Michigan State University, USA)

2004.10.302007.10. 1 (Update)

○ ○

Johannes Gutenberg University(Mainz)Physics, Mathematics, Computer Science Course

2005.12.16 ○ ○

Netherland Delft University of Technology1998. 1. 12003. 2.17 (Update)

○

NorwayNorwegian University of Science and Technology(Former Trondheim University + Norway Engineering College)

1990. 9. 11996. 4. 12003. 3.17

(Update)(re-Update)

○ ○

SwedenChalmers University of Technology

2002.12.192007.12.19 (Update)

○

Linköping University 2009.11.26 ○ ○

UK & Northern Ireland

The University of Birmingham, School of Chemical Sciences, School of Computer Science, School of Engineering, School of Geography, Earth and Environmental Sciences, School of Mathematics and Statistics, School of Physics and Astronomy

2003.12. 5 ○

North America (2)

USA

University of Wisconsin, Madison, Dept. of Engineering 1990. 8. 1 ○University of Washington, Dept. of Engineering 1991.10.15 ○University of Texas at Austin, Dept. of Engineering 1991.12. 1 ○Rensselaer Polytechnic Institute Dept. 1995. 1. 1 ○University of Florida, College of Education, School of Teaching and Learning 2004. 4.26 ○University of Michigan, School of Engineering(Three-university alliance including Freiburg University, Germany)

2004.10.302007.10. 1 (Update)

○

University of Florida, College of Engineering 2008. 6. 9 ○Canada The University of Western Ontario, Faculty of Engineering, Faculty of Science 2004. 6.23 ○South America (1)

Brazil University of São Paulo, Dept. of Engineering 2004. 6.16 ○16 countries 35 Universities

16 11. Statistics of graduates, foreign students, invited foreign scholars & List of Overseas Affi liated Universities

Global COE Program

■ International Center for Integrated Research and Advanced Education in Material Science●(Project Leader : Prof. Mitsuo Sawamoto) (Since 2007)

■ Center of Excellence for Education and Research on Photonics and Electronics science and Engineering●(Project Leader : Prof. Susumu Noda) (Since 2007)

■Global Center for Education and Research on Human Security Engineering for Asian Megacities●(Project Leader : Prof. Yuzuru Matsuoka) (Since 2008)


New Engineering Education Program

■ Support Program for Distinctive University Education “Synergy Effect on Engineering Education Using Coalition” (Since 2004)

Honorary Lectures

■Energy Resources Development Engineering (JAPEX) (Since 2007)■ Infrastructure Safety Engineeing (JR West Foundation) (Since 2010)　(Infrastructure Safety Engineeing (JR West) (2008, 2009))

■Advanced Battery Fundamentals (Since 2008)■Advanced transport logistics (Hanshin Exprerss) (Since 2009)

Japan Society for the Promotion of Science (JSPS) Core University Program

■China (Tsinghua University) Urban Environmental Engineering (Since 2001)Urban and Environmental Management & Control

Japan Society for the Promotion of Science (JSPS) Core-to-Core Program

■Advanced Particle Handling Science (Since 2006)■Cooperating institution: University of Florida (USA), University of Leeds (UK), The University of Melbourne

(Australia), The Friedrich-Alexander-University of Erlangen-Nuremberg (German), Swiss Federal Institute of Technology, Zürich (Swiss)

Adjustment Expense of Science and Technology Promotion

■High-level bio-imaging advanced hub (Since 2006)■ Innovative human resources advancement system to pioneer new realms (Since 2006)■Kyoto University Education Program for Global Leaders in Advanced

Engineering and Phamaceutical Sciences (Since 2008)■Policy Unit for Low Carbon Cities (Since 2009)

Advanced Education Program for Career Development of Foreign Students from Asia

■ Industry-Academia Global Engineering Human Resource Development Program (Since 2007)

Japanese government’s Global 30 Program

■Kyoto University Programs for Future International Leaders (Since 2009)

17



13. Public Seminars by the Faculty of Engineering

2009

Life and Engineering

Carbone Dioxide Capture and Storage Toshifumi Matsuoka

On Search Systems Masatoshi Yoshikawa

Bright future led by solid state lighting – Development of new light emitting diode –

Yoichi Kawakami

BAD VIBRATION AND GOOD VIBRATION Hiroshi Matsuhisa

2008

Life and Engineering

Wonders of Cellular Phone Tatsuro Takahashi

To Diagnose Health Conditions by Molecules – New Diagnostic Technology of Super-aging Society –

Seiichi Nishimoto

Science of Metal that supports our Safety of Life – Hidden Nano-technology –

Yasuharu Shirai

Traditional Lifestyle and Town Development Yasuo Takahashi

2007

Connection of Human and Engineeing

Acoustics in our daily lives Hirotsugu Takahashi

Why Greenhouse Gas Make the Earth Warmer? Masahiro Kawasaki

Signal Processing – Digital Signal Processing and Control Theory –

Yutaka Yamamoto

Catastrophe Risk Charles Scawthorn

2006

Engineering to Support Health

Health Risks Evaluation Shinsuke Morisawa

To Protect Society Intellectual Environment and Robots Yasuyuki Sumi

Advanced Imaging Technology for Brain Function Research Tetsuo Kobayashi

Ecological Functions Nurtured Technology Naohide Tomita

2005

Engineering the Supports Our Daily

Lives

Electric Systems and Super-conductivity Applications Yasuharu Osawa

Nano-technology Around Us Kazuyuki Hirao

Frontiers in Earthquake Safety and Electric Living Safety – What is the Ultimate in Earthquake-safe Design? –

Izuru Takewaki

Small Machine that Create Big Chances – The World of Micro-machines –

Osamu Tabata

18 13. Public Seminars by the Faculty of Engineering


Collections As of Apr. 1, 2010

Library

No. of books Magazines (No.of titles)

JapaneseForeign

languagesTotal Japanese

Foreign languages

Total

1Common Library (Common/Chemistry-related)

618 15,884 16,502 138 530 668

2 Library of Global Engineering 16,377 38,989 55,366 900 877 1,777

3 Library of Architecture matter 63,364 33,857 98,221 448 218 666

4Library of School of Engineering Science

13,489 41,623 55,112 161 660 821

5 Library of Aerospace Engineering 5,217 14,016 19,233 56 222 278

6Library of Electrical and Electronic Engineering

18,081 24,431 42,512 897 672 1,569

7Library of Chemistry and Chemical Engineering

7,998 22,080 30,078 74 340 414

Total 126,144 190,880 317,024 2,674 3,519 6,193

19



15. Budgets and Facilities’ area

1. Budget

CategoryF/Y2007 (¥1000)

F/Y2008 (¥1000)

F/Y2009 (¥1000)

Note

Labor cost 6,288,665 6,046,902 5,861,277

General expenses 2,194,307 1,833,757 2,289,101

Research cost on consignment (Intake) 2,659,257 2,636,951 2,569,477Including “Special Coordination Fund for Promoting Science and Technology”

collaborative study (Intake) 771,705 773,072 700,102

Subsidy for Scientifi c Study (Intake) 2,776,710 3,298,738 3,445,081 Including COE

Donation for scholarship (Intake) 839,722 670,592 397,225 Including honorary lectures

2. Building Area

Building Area (m2)

1. Main Campus

Okada Memorial House 240

Research Bldg. No.3 426

Civil Engineering Research Laboratory 484

Civil Engineering Earthquake Observation Room 24

Research Bldg.No.4 2,949

Faculty of Engineering, 3rd Bldg A Bldg 664

Multidiscipline Bldg (Faculty of Engineering, 3rd Bldg North Bldg) 4,613

Electrical Engineering Integrated Bldg 1,846

Old Construction Department Substation 514

Faculty of Engineering, 1st Bldg 4,382

Faculty of Engineering, Experimental Research Bldg 1,093

RI Experinmantal Research Bldg. 2,744

Physical related Bldg. 18,233

Faculty of Engineering, 6th Bldg. 1,501

Faculty of Engineering, 6th Bldg, new annex 181

Hydrocarbon Chemistry Laboratory 175

Architecture Drawing Room 252

Architecture Historic Bldg. 1,615

Research Bldg. No.5 598

Faculty of Engineering Saka 784


Faculty of Engineering, 10th Bldg. 508


Faculty of Engineering, 3rd Bldg. South Bldg 1,193

Faculty of Engineering, 3rd Bldg, West Bldg 3,910

Faculty of Engineering Integrated Research Bldg 4,816

Others 186

Sub total 60,180

As of Apr. 1, 2010

Building Area (m2)

2. Katsura Campus

A Cluster A1 Bldg 11,631




C Cluster C1 Bldg 25,736

C Cluster C2 Bldg 8,738

Low Temperature Center 378

Effl uent Treatment Plant 63

EM Center Bldg 2,809

Katsura Int’tech Center Bldg 6,328

Administration Bldg 4,695

C Cluster Offi ce Bldg 295

Others 125

Sub total 88,387

3. Uji Campus and Ohtsu Area

Nuclear Engineering laboratory 2,568

Super Aerodynamic Expermental laboratory 670

Wind Tunnel Laboratory for Aerospace Engineering 817

Joint Research Laboratory Bldg 2,077

Water Pollution Control Laboratory 789

Research Center for Environmental Quality Management 500

Sub total 7,421

Grand total 155,988

20 15. Budgets and Facilities’ area


Kyoto University Graduate School of Engineering/Faculty of Engineering Outline 2010【Edit and issue】

Public Relations Section,General Affair Division,the Graduate School of Engineering,Kyoto Univ.

Kyoto daigaku-katsura,Nishikyo-ku,Kyoto 615-8530Tel. +81-75-383-2010http://www.t.kyoto-u.ac.jp/

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